Solar-powered UAB Surviv(AL) house to compete in Solar Decathlon 2017

UAB students have worked for over a year to design and build a house fully powered by solar energy. Learn more about the project here!

Image courtesy of Solar Decathlon’s website

Next month approximately 10 students from UAB will bring their solar powered house, called the surviv(AL) house, to Solar Decathlon 2017.

However, they will have to disassemble the house and reassemble it upon arrival for the competition. The disassembly is taking place at 430 12th Street South on the afternoon of September 18th and the morning of the 19th. It’s open to the public so go check it out!

Solar Decathlon 2017

Image courtesy of UAB

The competition challenges teams to design and build a house that can run fully on solar powered energy with the same degree of quality as houses on a conventional power grid.

“We want to fight the misconception that a house using renewable energy means compromising on comfort or performance,”

UAB will be competing against 11 colleges in the U.S. Department of Energy Solar Decathlon 2017. To test the teams, the sustainable houses undergo a series of 10 challenges throughout the competition.

The competition will take place in Denver, Colorado on October 5-15.

UAB Surviv(AL) House

A draw up of UAB’s surviv(AL) house (Image courtesy of UAB)

UAB students have designed the house to thrive in Alabama’s ever-changing weather circumstances. The house includes tornado panels designed by UAB’s own engineers and a safe room that can withstand up to 250 mph winds.

Students have also designed the house to thrive in the Alabama heat. The UAB-developed cooling system reduces energy costs for cooling the house.

After Alabama’s storms over the past few weeks, it’s easy to see why these features are necessary.

The Competition

Houses will be evaluated for their comfort, architecture, affordability, market appeal, appliances, energy balance, and more. The judges will select the team that combines affordability, appeal, and design with energy production and efficiency.

The house will have to have sufficient energy to power household appliances and charge an electric car which will be driven 25 miles during the competition.

Image courtesy of UAB

For example, students will do laundry to test to see if the solar energy powers the dryer to fully dry clothes. Similarly, the homes will be tested to see if they can provide hot water for the average length of a shower.

Also, students will throw two dinner parties for other teams by preparing the meals in their kitchen. A movie night featuring snacks and movies for another teams will further test the livability of the solar-powered homes.